llmaestro 0.1.0

A system for orchestrating LLM tasks that exceed context limits

LLMaestro

A system for orchestrating large-scale LLM tasks that exceed token limits through task decomposition and parallel processing.

Architecture

The system is built around three main concepts:

1. Task Manager: Handles task decomposition, scheduling, and result aggregation
2. Agent Pool: Manages a pool of LLM agents that can be assigned subtasks
3. Storage Manager: Handles efficient storage and retrieval of intermediate results

Core Components

• TaskManager: Decomposes large tasks into smaller, manageable chunks
• Agent: Represents an LLM instance that can process subtasks
• StorageManager: Manages intermediate results using disk-based storage
• Validator: Ensures data consistency using Pydantic models

Key Features

• Task decomposition strategies for different types of tasks (PDF analysis, code refactoring, etc.)
• Efficient resource management for parallel processing
• Model-agnostic design supporting different LLM providers
• Disk-based storage for handling large datasets
• Strong type validation using Pydantic

Examples

Each example demonstrates how LLM Orchestrator handles tasks that would typically exceed token limits by:

• Automatically decomposing large tasks into manageable chunks
• Processing subtasks in parallel where possible
• Managing context and resources efficiently
• Aggregating results into a coherent output

Visualization

The system provides interactive visualizations for different types of task decomposition patterns:

• Sequential Chain - Simple linear task decomposition
• Parallel Chain - Tasks processed concurrently
• Chord Chain - Complex dependencies between tasks
• Group Chain - Tasks organized in logical groups
• Map Chain - Map-reduce style processing
• Reminder Chain - Tasks with temporal dependencies
• Recursive Chain - Self-referential task decomposition
• Nested Chain - Hierarchical task organization

Each visualization demonstrates how different types of tasks are broken down and processed by the orchestrator. Click the links above to view the interactive visualizations.

Note: To view the interactive visualizations locally, clone the repository and open the HTML files in your browser.

Configuration

The project requires configuration for LLM API access. You can set this up in two ways:

1. Using a Configuration File

1. Copy the example configuration:

cp example_config.yaml config.yaml

2. Edit config.yaml and replace the placeholder API key with your actual key:

llm:
  provider: anthropic
  model: claude-3-sonnet-20240229
  api_key: your-api-key-here

2. Using Environment Variables

Alternatively, you can set the following environment variables:

export ANTHROPIC_API_KEY=your-api-key-here
export ANTHROPIC_MODEL=claude-3-sonnet-20240229  # optional, defaults to sonnet

Security Notes

• Never commit API keys to version control
• The config.yaml file is already added to .gitignore
• Use environment variables in production environments
• Rotate API keys if they are ever exposed

Getting Started

1. Install dependencies:

poetry install

2. Set up configuration using one of the methods above

3. Try the visualization demo:

python examples/live_visualization_demo.py

4. Open examples/visualization.html in your browser when prompted

Usage

from llm_orchestrator import TaskManager, Agent

# Initialize the orchestrator
task_manager = TaskManager()

# Create a task
task = task_manager.create_task(
    task_type="pdf_analysis",
    input_data="path/to/pdfs",
    config={"batch_size": 100}
)

# Execute the task
results = task_manager.execute(task)

Contributing

Contributions are welcome! Please open an issue or submit a pull request.

License

This project is licensed under the MIT License. See the LICENSE file for details.